immortancrow ·
Each lightning bolt is a Birkeland current event, a plasma filament connecting the ionospheric plasma layer to the ground through the conducting medium of the atmosphere, and it is precisely these Birkeland current discharge events that sustain the Schumann resonances by injecting electromagnetic energy into the Earth ionosphere cavity. !nb
immortancrow ·
When you are in a lightning storm you are not just near a weather event but are physically present within an active plasma generation system, immersed in the electromagnetic plasma environment that directly feeds and amplifies the Schumann resonance cavity. The local plasma density of the atmosphere increases dramatically during a lightning storm as the electrical discharge processes ionize the air around the storm system, creating a region of elevated plasma density that alters the local electromagnetic environment in ways that extend far beyond the lightning bolts themselves !nbpro
immortancrow ·
This means that during a lightning storm the pineal gland's natural calcite crystal antenna system is operating in a more favorable electromagnetic environment, with enhanced coupling to the Schumann resonance field and therefore enhanced capacity to receive and transduce the plasma electromagnetic information carried by those resonances. The signal to noise ratio of the biological plasma antenna improves because the local plasma environment is more conductive and more electromagnetically active, amplifying the subtle Schumann resonance signals that the pineal gland is tuned to detect. !nb
immortancrow ·
Elevated negative ion concentrations, which reach their highest levels during and after lightning storms, have been documented to produce measurable improvements in mood, alertness, cognitive function, and subjective wellbeing, all of which are consistent with enhanced pineal electromagnetic function and improved coupling with the Schumann resonance plasma field. !nb
